ตัวอย่าง processor

• We will now define a function/, which represents such a multiplexing processor.

• It aggressively exploits the parallelism made possible by sending requests to multiple remote data sources simultaneously and by scheduling tasks to run on multiple processors.

• The result of this damage is that there are now dead processors scattered at random in the system.

• Do not allow your word processor to introduce word splits and do not use justification.

• But in the early stages of learning the processor cannot determine its relevance to the given input, so it is not included in syntactic representations.

• However, a single syntactic processor can accomplish self-monitoring by switching between encoding and decoding modes ("timesharing").

• Therefore, to plan the elementary motions it is possible to use a multi processor system.

• Instruments in this model may be computer systems, electronic synthesizers and signal processors, in addition to acoustic and electroacoustic instruments.

• In this case, if processes were assigned to processors in a completely random fashion, we would not expect to do too badly.

• As one can see, a processor 'specialises' in one evolutionary operation only.

• In order to implement 64 filters on 16 processors, optimisation of the available processing power was required.

• It has to be stored elsewhere, a place where language processor does not normally go to in natural language communication.

• We have obtained a relative speedup of 25 with 30 processors.

• So, the graphics will show how efficiently the algorithm scales with the number of processors.

• Since this is not a desirable behaviour, we will enhance our simple processor with a waiting queue for tasks.